Thus, this theorem is closely related to the Neyman-Pearson lemma (Neyman and Pearson [1928]) as can best be ... '("(y)p,f§')(y) =)é 0, a condition met by most practical channels.12 We note further that for memoryless channels, ...
Xon - (81) 0 —L 1 – L. Xion 0 –NL 0 1 – NL 111 0 Defining the new variable X'oo...o. = NL Xoo...o. + Xoo...in t (82)' (which corresponds to adding the second row to NL IEEE TRANSACTIONS ON communications TECHNOLOGY, OCTOBER 1971 times ...
This work has been selected by scholars as being culturally important, and is part of the knowledge base of civilization as we know it.
Feinstein, A. (1955), “Error Bounds in Noisy Channels without Memory,” IRE Trans. Inform. Theor., vol. IT-l, pp. 13-14. Feinstein, A. (1954), “A New Basic Theorem of Information Theory,” IRE Trans. Inform. The0r., vol. PGIT-4, pp. 2-22.
Written by a leader in the creation of CDMA, this book introduces you to the fundamentals of digital communications and spread spectrum technology.
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